public clsDriverAI spawnCarAI(Vector2 worldLocation, Vector2 direction, Vector2 velocity, Vector2 destination)
{
clsCar car = createCar(worldLocation, direction, velocity); // spanw car
clsDriverAI AI = createDriverAI(car, destination); // create AI for the car
return(AI);
}
public clsDriverAI createDriverAI(clsCar car, Vector2 exitLocation)
{
clsDriverAI ai = new clsDriverAI(this, car, exitLocation);
actors.Add((intActor)ai);
return(ai);
}
/*****************************************
* Instance Objects in the world
*****************************************/
public clsDriverHuman spawnCarLocalHuman(clsWorld world, Vector2 worldLocation, Vector2 direction, Vector2 velocity)
{
clsCar car = createCar(worldLocation, direction, velocity); // spanw car
clsDriverHuman human = createDriverHuman(world, car, this.input); // create human for the car
return(human);
}
/*****************************************
* Instance Game Intelegence hooks
*****************************************/
public clsDriverHuman createDriverHuman(clsWorld world, clsCar car, clsInput input)
{
clsDriverHuman human = new clsDriverHuman(world, car, input); // assign human to it
actors.Add((intActor)human);
return(human);
}
public clsCar createCar(Vector2 worldLocation, Vector2 direction, Vector2 velocity)
{
clsCar car = new clsCar("car", worldLocation, direction, velocity);
worldObjects.Add((intObject)car);
return(car);
}
public Vector2 getDirection(clsCar car, Vector2 destinationLocation)
{
// get direction of way point from cars location
//Vector2 b = car.location - destination;
Vector2 b = destinationLocation - car.location;
Vector2 destinationDirection = new Vector2(b.X, b.Y);
destinationDirection.Normalize();
return(destinationDirection);
}
float speedComplianceVariationPercentage; // faster or slower than normal. (e.g. 10% slower than normal)
public clsDriverAI(clsRoadWorld world, clsCar car, Vector2 destination) : base(world, car)
{
// inputs
this.car = car;
this.destination = destination;
this.yieldStartTime = 0;
// calculate route
calculateShortestRoute(car.location, destination);
// driver differences
//speedRangePercentage = (car.world.random.Next(10) - 5) / 100.0f;
//speedComplianceVariationPercentage = (car.world.random.Next(10) - 5) / 100.0f;
// start timer
this.lastUpdated = world.currentTime;
}
public clsDriverHuman(clsWorld world, clsCar car, clsInput input) : base(world, car)
{
// could have an input that is network at some point
this.car = car;
this.input = input;
}
